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Page 1: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior
Page 2: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior

1. Site of glucose synthesis

2. Site of conversion of chemical energy of glucose to ATP

3. Site of modification and packaging of proteins and lipids prior to export from the cell

4. Site of transport of materials into and out of the cell

5. Evolved from a photoautotrophic prokaryote

Answer: B

Answer: A

Answer: C

Answer: D

Answer: B

B

C

D A

E

Page 3: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior

Membranes are components of all thefollowing EXCEPT:

a.mictrotubuleb.nucleusc.Golgi apparatusd.mitochondrione.lysosome

Answer: A

Page 4: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior

A microscopic, unicellular organism that has acell wall impregnated with silicon and is important as plankton in a food chain belongsto which of the following groups?

a.Mossesb.Diatomsc.Cyanobacteria (blue-green algae)d.Fernse.Brown algae

Answer: B

Page 5: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior
Page 7: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior

Cell Fractionation

ChromatographyChromatographyElectrophoresisElectrophoresis

Page 8: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior

•All living matter is composed of one or more cells•The cell is the structural and functional unit of life

•All cells from other cells

Page 9: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior

•No nucleus•No membrane bound organelles•Smaller•Older (evolutionary)•Only bacteria

•Nucleus•Various organelles•Larger•Newer (evolutionary)•All other kingdoms

Page 10: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior

•Eukaryotes evolved as “symbiotic consortiums” ofprokaryotic cells•Have observed similar behavior in amoebas containing symbiotic bacteria•DNA evidence: mitochondria, cholorplast, centriole found to have own DNA- different from eukaryotic cell- more like endosymbiotic bacteria

Page 11: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior

•Volume to surface area ratio•Cell control•Metabolic requirements

Page 13: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior
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Page 30: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior
Page 31: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior
Page 32: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior
Page 33: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior
Page 34: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior
Page 35: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior

A microscopic, unicellular organism that has acell wall impregnated with silicon and is important as plankton in a food chain belongsto which of the following groups?

a.Mossesb.Diatomsc.Cyanobacteria (blue-green algae)d.Fernse.Brown algae

Answer: B

Page 36: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior

1. Site of glucose synthesis

2. Site of conversion of chemical energy of glucose to ATP

3. Site of modification and packaging of proteins and lipids prior to export from the cell

4. Site of transport of materials into and out of the cell

5. Evolved from a photoautotrophic prokaryote

Answer: B

Answer: A

Answer: C

Answer: D

Answer: B

B

C

D A

E

Page 37: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior

Membranes are components of all thefollowing EXCEPT:

a.mictrotubuleb.nucleusc.Golgi apparatusd.mitochondrione.lysosome

Answer: A

Page 38: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior

2002B- The physical form of cells and organisms is often influenced by special structural polymers.Choose one polymer from each of the followingthree pairs of polymers:

Pair 1: tubulin…myosinPair 2: cellulose…chitinPair 3: messenger RNA…transfer RNA

For each of the three polymers you have chosen,describe its

a. structure, andb. role in a cell or organism

Page 39: 1.Site of glucose synthesis 2. Site of conversion of chemical energy of glucose to ATP 3. Site of modification and packaging of proteins and lipids prior

2006- A major distinction between prokaryotes andeukaryotes is the presence of membrane-boundorganelles in eukaryotes.

(a) Describe the structure and function of TWOeukaryotic membrane-bound organelles otherthan the nucleus.(b) Prokaryotic and eukaryotic cells have somenon-membrane-bound components in common.Describe the function of TWO of the following anddiscuss how each differs in prokaryotes and

eukaryotes. DNA Cell wall Ribosomes

(c) Explain the endosymbiotic theory of the originof eukaryotic cells and discuss an example of evidence supporting this theory.

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